Generator.hpp File Reference

#include "Type.hpp"
#include "Device.hpp"
#include "cytnx_error.hpp"
#include "Tensor.hpp"
#include <vector>
#include <initializer_list>

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Namespaces
namespace	cytnx

Functions
Tensor	cytnx::zeros (const std::vector< cytnx_uint64 > &shape, unsigned int dtype=Type.Double, int device=Device.cpu)
	Create a Tensor with all elements initialized to zero.
Tensor	cytnx::zeros (std::initializer_list< cytnx_uint64 > shape, unsigned int dtype=Type.Double, int device=Device.cpu)
Tensor	cytnx::identity (cytnx_uint64 Dim, unsigned int dtype=Type.Double, int device=Device.cpu)
	Create a square rank-2 Tensor with the diagonal initialized to one and all other elements set to zero.
Tensor	cytnx::eye (cytnx_uint64 Dim, unsigned int dtype=Type.Double, int device=Device.cpu)
	Create a square rank-2 Tensor with the diagonal initialized to one and all other elements set to zero.
Tensor	cytnx::ones (const std::vector< cytnx_uint64 > &shape, unsigned int dtype=Type.Double, int device=Device.cpu)
	Create a Tensor with all elements initialized to one.
Tensor	cytnx::ones (std::initializer_list< cytnx_uint64 > shape, unsigned int dtype=Type.Double, int device=Device.cpu)
Tensor	cytnx::arange (cytnx_int64 Nelem)
	Create a rank-1 Tensor with incremental unsigned integer elements in the range [0,Nelem).
Tensor	cytnx::arange (cytnx_double start, cytnx_double end, cytnx_double step=1, unsigned int dtype=Type.Double, int device=Device.cpu)
	Create a rank-1 Tensor with incremental elements in the range [start,end) with given step-size step between elements.
Tensor	cytnx::linspace (cytnx_double start, cytnx_double end, cytnx_uint64 Nelem, bool endpoint=true, unsigned int dtype=Type.Double, int device=Device.cpu)